Sentences with phrase «escaped to space because»

Because of the different intramolecular forces between water molecules as vapor in air, water, and ice, the wavelengths of emission and absorption are shifted; some of the radiation from the water / ice droplets at the top of a cloud can escape to space because the atmosphere above it is transparent at its wavelengths, whereas the same radiation from droplets at the bottom of a cloud will be absorbed and re-emitted in random directions from the droplets above, including back down to the originating droplets.

Not exact matches

The Congregationalists could not escape the question of ministering to frontier folks because many of their own people had early left the settled communities of New England and had pushed north and west into the great space of New York State.
No space probe or telescope built by humans has ever escaped the Milky Way to turn back and take a portrait; because we are embedded in our galaxy's disk, we can only see it as a bright band of stars across the sky.
The U.S.S. Anomaly is meant to be the ultimate test of your escaping prowess... not that it really matters anyway, because in space, on one can hear you escape...
The 2018 Ford Escape is not expected to bring any remarkable change in its make because the 2017 model has won a huge appreciation from the users except for its interior space.
Many cat fanciers think that the Singapura is such a small breed because it is easier for a cat to escape from predators when he can squeeze into tiny spaces to hide.
Some people do not like these cages because the dwarf hamster may be able to escape from the space of the door and the door of the rest of the cage.
Because the beach is so long, you'll find space even in the height of summer, but if you want to escape the crowds, then head to the area of the beach that fronts the s» Albufera nature reserve.
Because the lapse rate is not zero, changing the altitude near the top of the atmosphere where infrared radiation escapes freely to space allows adjustment of the surface temperature by means of the addition of greenhouse gases.
The only way heat can escape to space is via radiation because space is a void and therefore heat can not be transmitted by convection or conduction.
Not because the Sun has changed its brightness, but because the ability of the enormous flow of solar energy through the Earth's surface environment to escape back to space has been impaired.
Momentum is for warmer GT's, heat radiation can only escape to space at a regular rate, does not accelerate outwards because the atmosphere is warmer, in fact the opposite if the troposphere is higher.
However, I have argued elsewhere, that because of both temperature and density gradients, the escape path to space is favored over the return path to the surface; because of re-absorption in subsequent atmospheric layers.
This matters because clouds are fundamental regulators of how much solar radiation makes it to the Earth's surface (rather than being reflected back to space by white cloud tops), and how much infrared or «longwave» radiation escapes back to space once again.
Similarly, a Venus - like baked - crust CO2 hothouse is far distant because it can not occur until the ocean escapes to space.
Basic assumptions are that CO2 is a greenhouse gas that delays heat escaping to space; an increase in CO2 causes a temperature increase; and CO2 will increase because of human activities.
They are complicated to model because they have both positive feedbacks, preventing surface heat from escaping back into space, and negative feedbacks, reflecting incoming sunlight before it can reach the surface.
If one has a fine fabric container holding a body of liquid the speed at which the liquid escapes will increase if the fabric is stretched to a larger size because the space between the fibres will increase.
It is most correct to say that because of back - radiation (in combination with the radiation from the sun), the earth is warmer than it would be if all the radiation from its surface escaped into space.
a b c d e f g h i j k l m n o p q r s t u v w x y z